Advancing Fiber Optic Connectivity - americailsintech.com · (a) Fusion splicing with pigtail (b) Pre-connectorized cable assembly/Termination with FSOC (c) The example of Fusion

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Data Center _ MPO SOC /LC Duplex

FTTH Fusion SOC

Fusion Splice-On Connectors

Advancing Fiber Optic Connectivity

2017 BICSIWinter Conference & Exhibition

January 22-26 / Tampa, FL

MPO SOC

SC SOC

LC SOCLC Duplex

booth #744Pre-conference Seminar _Monday 1:30~4:30 pm

www.ilsintech.com

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Table 1. Comparison of the legacy connectors and their advantages/disadvantages

Fusion Splice-On Connectors

Table Of Contents

In the current age, the era of ubiquitous multimedia based on the Internet and mobile devices, there has been a tremendous explosion in bandwidth requirements for communication networks. Very high speed, long-distance and voluminous data transfers have come to be accepted as the norm today. The needs for high speed/quality access to the Internet have driven academic and commercial interests to grow and accelerate further developments for optical technologies. Traditionally, the copper-based networks (CBNs) have been the foundation for electronic communication. These are now being replaced inevitably with optical networks due to the limitation of bandwidth capacity, which may affect the efficien-cy of content rich delivery. The strength of optical networks are such that there is huge increased in data rates as compared with CBN (i.e., 1.5Mb/s versus nearly 50Tb/s) and transmission of different data formats (i.e., video, audio, and images) over long distance up to several thousand kilo meter is possible. The result is massive installation and deployment of fiber optic cables in the data center and fiber-to-the-home. Various methodologies to terminate the fibers are being used. Table 1 shows the comparison of the legacy connectors and their advantages / disadvantages to select the most appropriate termination method [1~4].

DisadvantagesAdvantages

Fusion splicing with pigtail

▪ Weak tensile strength▪ Not suitable for high density data center environment▪ Excess length of cable (wasting materials)Space for splice tray and cable slack ▪ required (causing electric power increasing)▪ No extra stock on hand, then no fix on-site (Stock with varying lengths of cable)

Pre-connectorized cable assembly

Field installable mechanical splice-on connector

▪ Factory pre-polished endface▪ Quality tested and performance results included on shipment▪ Reliable termination method combined with Fusion splicer

▪ Longer restoration time▪ Difficult installation with long length of cable▪ Excess length of cable (wasting materials)Space for cable slack required▪ No extra stock on hand, 6 to 8 weeks of delivery required

▪ No technical drawbacks (Typical losses of 0.2db or less)▪ Quality tested and performance results included on shipment

▪ Mechanical tool kit is required▪ Low Return Loss : gap Fiber to Fiber, 40~50dB Unconformity in Analog Network (≥55dB)▪ High Insertion Loss & high failure : Spicing Loss no Predictability only Visual Fault Locator Check▪ Weak on vibration▪ Splicing : Skilled person oriented▪ Low Reliability : Buckling, Fiber to Fiber gap, index matching gel▪ Signal interference/noise issues

▪ Easy assembly process▪ Fiber can be reseated▪ No expensive tools required▪ No epoxy required▪ Factory polishing eliminates loss concerns▪ Meet TIA/EIA 568A performance requirements

▪ Fusion splicing machine is required▪ Splicing point and its protective tube located inside the connector▪ No adhesives, crimping or polishingTrue APC performance▪ Superior tensile strength▪ Connectors compliant to GR-326-CORE and GR-1435-CORE

Field installable fusion splice-on connector

1. Introduction

1. Introduction 02

2. Field installable connectivity and technology 04

2.1 Field-installable Mechanical Splice-On Connectivity 04

2.2 Field Installable Fusion Splice-On Connector 07

3. Conclusion 14

Advancing Fiber Optic Connectivity

ILSINTECH 02

SummaryApplicationsSeparation

As shown in Table 1, despite fusion spliced pigtails being common, this method could be avoided in the high density installations, and it is not recommended in installations involving high tensile load. Pre-connectorized cable assemblies may be deployed to reduce construction and installation time, but excess cable assembly may result in high material waste. This kind of waste can inefficiently increase the electric power for operating the air conditioning [5]. While pre-connectorized cable assemblies may appear to be preferred due to easy “plug and play” connections to the subscribers for telecommunications area, it may be difficult to pull the cable assembly though narrow spaces or over bundles of cables stored in cable runs

Considering the various termination methods described above, field installable connectivity is preferred method for the data center and telecommunications applications. There are three requirements for choosing the appropriate termination of the cables. First of all, concerning quality, optical performance should be verified after splicing. Splice quality is the most critical, and it could affect on-site repair/replace-ment and the future maintenance. Second, concerning installation, field installation should be easy with as few practices and as short length of training, as possible and it should be simple to reduce the installation time to save labor cost. Field repair should be easy, quick and safe with superior optical performance and reliability. Finally, concerning cost, low cost with high quality is always preferable. Yield (quality) of the installed connector which can cause extra visits for repair and maintenance, labor expertise (higher paid technicians) and labor time should be taken into consideration.

To choose the most suitable termination methodology, two types of field installable connectivity should be reviewed and selected as a solution for both data center and telecommunications, such as fiber-to-the-home.

Figure 1. Examples for termination and installation of the cables in the data center and in the central office

Excess length of cable and slack storage required

No Excess length of cable and no slack storage required

Field installable mechanical splice-on connectivity is based on mechanical splice technology, in which two cleaved fiber tips are mechanically aligned to each other by a special housing, e.g. v-groove and capillary, as shown in Figure 2. To improve optical performance, the end face of the ferrule should be pre-polished. The pre-cleaved fiber end in the stub is the most important factor to minimize attenuation. For example, the angle of the pre-cleaved fiber is a critical attribute to determine the quality of the connec-tivity. The cleaved fiber angle in the figure 3, (c), will cause poor quality [6, 7].

2. Field installable connectivity and technology

2.1 Field-installable Mechanical Splice-On Connectivity

Figure 2. Basic structure of the Field installable Mechanical Splice-On Connector and its performance

End face of the pre-polished connector Pre-installed fiber Mechanical splice

Index matching gel Field fiberV-groove/Capillary tubeFerrule

Estimated connector loss: Connector loss (typ. 0.1dB) + Fusion splicing loss (typ. 0.02dB, max. 0.05dB)

(a) Fusion splicing with pigtail

(b) Pre-connectorized cable assembly/Termination with FSOC

(c) The example of Fusion Splice-On Connector before and after application

Fusion splicing with pigtail

▪ Not suitable for high density data center environment▪ Space for splice tray and cable slack required (causing electric power increasing)

Pre-connectorized cable assembly

▪ Longer restoration time▪ Difficult installation with long length of cable▪ Excess length of cable (wasting materials)▪ Inventorying various lengths of cable and, types of connectors and polarity and no stock then 6 to 8 weeks of delivery required

Data center andtransmission

ILSINTECH 0403 ILSINTECH

Discover the difference, Unlike any other!

ApplicationsSeparation

Figure 3. Interferograms of 125 μm diameter optical fiber cleaves Figure 4. Incorrectly cleaved fiber ends

There is index matching gel inserted in the splice housing which can prevent reflectance. The refractive index of index matching gel varies with temperature so the optical performance of the mechanical splice can be sensitive to temperature. Another cleaved field fiber from outside can be a significant factor deter-mining the quality, as shown in figure 4. The cleaved fiber end should not be contaminated.

(a) High quality cleave with an end angle of about 0.3⁰.

(b) More typical cleave with an end angle of about 0.5⁰.

(c) Poor quality cleave with an end angle greater than 2⁰ [4]

Typical loss for physically mated fibers in the adapter could be 0.1dB, and the loss of the mechanical splice would typically be 0.15 dB, or max. 0.4dB. Total loss would range from 0.25 dB to 0.5dB. Return loss will be approximately 40dB to 50 dB for UPC and 50dB for APC respectively. Providing RF video signal on fiber, return loss (RL) should be over 60dB, but due to the mechanical splice and index matching gel, RL ranged around 50dB, it could affect interfere in video signals. And although this type of connector is weak on vibration and there could be an air gap between the fiber tips aligned and buckling in the fiber stub, easy to assemble, no expensive tools are required, no epoxy is required and the fiber can be reseated and for repair or restoration in the data center and FTTH network.

Despite the benefits of mechanical connectivity, it has technical drawbacks. Specially, it has higher attenuation than pre-connectorized cable assemblies, and it may not be a proper method to terminate cables in the data center [5]. Table 2 shows the statistics of FTTH failure reported by China Telecom in Jiangsu province in December, 2010 and this will lead Telcos to the right direction of the success of installa-tion.

Problems with terminations at the subscriber end account for more than half of total malfunctions. lIn another developed province, problems with cable terminations account for a high ratio in total malfunc-tions in the major cities from December 2011 to January 2012 43.8% in Foshan, 41.4% in Guangzhou, 35.7% in Zhongshan, 31.7% in Yangjiang, 30.4% in Shanwei,. Average is 29.5%

No. Cause Frequency Share

1 Power down at central office 329 7.6%

2 Feeder or distribution cable failure 179 4.1%

3 Splitter failure 93 2.2%

4 Drop cable failure 425 9.8%

5 Pigtail or connector failure 193 4.5%

6 Project cutover 153 3.5%

7 Termination failure at subscriber end 2180 50.4%

8 ONU failure 473 10.9%

9 Power down at user terminal 54 1.2%

10 Others 251 5.8%

Total 4330 100%

Table 2. Statistics of FTTH malfunction in Jiangsu, China, December 2010

Table 3. Termination method share in Jiangsu, China

Termination menthod share in jiangsu, China

Improved mechanic splicer

54%

Fusion splicing

6%Pre-termination

40%


▪ Mechanical tool kit is required▪ Low Return Loss : gap Fiber to Fiber, 40~50dB Unconformity in Analog Network (≥55dB)▪ High Insertion Loss & high failure : Not appropriate solution to the data center▪ Weak on vibration▪ Low Reliability : Buckling, Fiber to Fiber gap, index matching gel▪ Signal interference/noise issues

Summary

Field installable mechanical splice-on connector

Data center and transmission system

▪ Mechanical tool kit is required▪ High Insertion Loss & high failure ▪ Higher maintenance cost (2 to 3 times more than initial installation cost) after installation▪ Low Reliability : Buckling, Fiber to Fiber gap, index matching gel▪ Signal interference/noise issues

Summary

Field installable mechanical splice-on connector FTTH




Fusion Splice-On Connectors are field installable and can be connected in the field, complying with international standards. Additionally, field installation technology is the most reliable connectivity method. Its polishing process results in attenuation similar to field installable mechanical connectors and pigtail solutions (immediate termination on-site with less attenuation from the end face of the ferrule). Furthermore, Fusion Splice-On Connectors provide more stable quality and performance than that of field installable mechanical connectors. They can be aligned and spliced by using Fusion Splicers with no index matching gel. The splice point can be protected with heat shrink protection sleeve in the field. In addition, Fusion Splice-On Connectors allow workers/installers to reduce working time and maintenance/service by providing reliable and quality results. This could increase work efficiency and minimize the installation cost.

The typical loss of the physical contact mated in the adapter may can be 0.1dB. Fusion splicing attenu-ation is typically 0.02dB, and maximum is 0.05dB. Therefore total expected loss is in the range of 0.12dB to 0.15dB. Expected return loss is over 55dB (UPC) and over 60dB (APC) respectively. It can be adapted to analog networks (≥55dB) with no signal interference and no noise. Types of the alignment methods are IPAAS Core, Fixed V-groove and Active clad. Most importantly, fiber angles and cleaved fiber ends can be seen on the fusion splicer while splicing and the splicing point can be protected with heat shrinkable tubes. There are many types of Fusion Splice-On Connectors. Fusion Splice on Connectors that can be applied to cable using Kevlar can also be applicable for drop cable type, and they can be adapted to the Data Center and FTTH markets. Boot type fusion splice on connectors with the Kevlar have an excellent tensile strength that can even hold about 6.8kg load after installation unlike Field installable Mechanical Connectors (Ref. Ilsintech FSOC : Cord type: 6.8kgf/Drop cable type: 4.5kgf)

2.2 Field Installable Fusion Splice-On Connector The Swift Fusion Splice-On Connector (FSOC) complies with international standards, has SC, LC, ST and FC type and is categorized by different Cables and Fibers. The popular 12-fiber MPO field installable fiber optic connector for data center is ready to launch into the market. Pre-connectorized cable assem-blies which used to be a major product for MPO connectors are now considered a waste of resources, time, and labor to repair when cable assemblies are damaged. However, MPO SOCs allow users to fix and recov-er damaged parts easily and enables them to cut and terminate on-site with the desired length of cable. This can minimize cost and efficiency by removing the storage of cable slack. Table 4 shows the types of MPO Connectivity and their advantages / disadvantages.

End face of the pre-polished connector

Fusion splicing point

Cable clamping part

Splicing protection with heat shrinkable tube

Field fiber

Ferrule



Figure 5. The structure and performance of the Fusion Splice-On Connector (SC type)

Figure 6. MPO SOC structure/performance and the product (Cord type)

Table 4. Types of MPO Connectivity and their advantages / disadvantages

DisadvantagesAdvantagesMPO cable assembly

▪ Inconvenient solution▪ Not suitable for high density data center environment▪ Excess length of cable (wasting materials)▪ Space for splice tray and cable slack required (causing electric power increasing)▪ No extra stock on hand, then no fix on-site (Stock with varying lengths of cable)

MPO Fusion Splice-On Connector

▪ Factory pre-polished endface▪ Quality tested and performance results included on shipment▪ Reliable termination method combined with Fusion splicerSplicing

▪ Inconvenient solution▪ Longer restoration time▪ Difficult installation due to the long length▪ Excess length of cable (wasting materials)▪ Space for cable slack required (causing electric power increasing)▪ No extra stock on hand, then no fix on-site (Stock with varying lengths of cable)

▪ No special skill required▪ No technology drawbacks (Typical losses of 0.2db or less)▪ Quality tested and performance results included on shipment

▪ Field installable ▪ Splicing point and its protective tube located inside the connector▪ Improvement of quality and reliability reduces the maintenance cost and labor cost dramatically ▪ Maximization of energy efficiency and reduction of installation cost – No additional storage for cable slack▪ Reducing the installation cost

Summary

Field InstallableFusion Splice-On Connector

Data center andtransmissionsystem


Kevlar gripping part



Field fiber



Figure 7. LC SOC structure and performance

Figure 8. Non-ribbonization holder and Kit

As shown in Table 4, MPO fusion splice-on connectors are field installable and scalable immediately for termination depending on the types of connectors and fibers and cost efficiency is maximized by less time in installation and restoration. The quality and performance is as good as MPO cable assemblies, and 12-core MPO splice-on connector is available which can be mainly used in the data center with the non-rib-bonization holder (patent pending), as shown in Figure 8, minimizing installation time up to 5 minutes. As seen in Table 5, Swift MPO Fusion Splice-On Connector is superior to the optical performance and minimal components and provide short length of termination time with no ribbonizing tool.



Fusion splicing pointKevlar gripping part

Ferrule

Field fiberSplicing protection with heat shrinkable tube

Key points of Data Center Solution (Fusion Splice-On Connector)

MPO HolderRibbonizing Holder

1) No scratches and no physical damage on fiber stripped by the built-in thermal stripper - Small scratches on fiber can cause critical crack or loss in fiber connec-tion. For example, to guarantee service life, the submarine cable is stripped by the chemical stripping method to prevent scratches on the fiber during stripping. ILSINTECH thermal stripper is designed to satisfy this clean stripping.

2) Quality guaranteed for the fusion splice-on connector (MPO, LC, SC) ‒ Premium level of loss (IL: LC and SC, Typ. 0.15dB, Max. 0.3dB, RL: SM UPC ≥55dB, APC ≥ 65dB, MM ≥30dB / MPO Typ. 0.15dB, Max. 0.35dB, RL: MM ≥20dB, SM ≥60dB) and fusion splicing loss typ. 0.02dB

1. Quality (25 year guarantee)

1) In short distance (1~30m), the pre-connectorized cable assemblies are recom-mended.

2) The longer length of the cable assemblies are relatively expensive compared to the fusion splice-on connector solution which allows on-site field termination with the desired length of cable and enables a fast installation to save time for relatively longer distance over 30 meters with narrow and limited space.

3) No additional storage required for cable slack and no splice tray required for protection of fusion splicing points.

2. Cost reduction and fast installation time

1) Most of problems and defects for the cable assemblies come from the connec-tors.

2) While the long length of pre-connectorized cable assembly is very high in manu-facturing cost. ILSINTECH’s fusion splice-on connectors enable to save cost and time by customizing the cable length on-site.

3) The fusion splice-on connectors provide solutions for easy replacement of the malfunctioned connectors, saving time and saving space due to eliminating cable slack. However, if replaced by new pre-connectorized cable assembly, it requires longer time in replacement and the space for the cable storage is required for cable slack.

3. Best options for repair, restoration and maintenance



2.2.1 Case Study

Case 1

PurposeService ProviderTechnologyRegionSubscribersDate of Deployment

FTTH (Fiber To The Home) Trial ServicePLDT (Philippine Long Distance Telephone Company)FTTH G-PONUrdaneta village in Makati, Philippines.Trials for 2 subscribers Jan 11~15, 2016

The Insertion loss from the NAP was -17.5dBm as measured by the OPM of the F1+. Six terminations have been done for this SO. (NAP to OJB, OJB to connector junction box, and Connector Junction box to IOO). The output result at the IOO as read by the F1+ OPM is -18.5dBm. Average insertion loss per connector at this trial was 0.17dB.

Table 5. Comparison of MPO SOCs

Recently, the application of FTTH has become a trend, bringing a better opportunity globally, such as the spread of human knowledge, improving quality of life and health making business more productive. It’s the start of new era. However, for the successful installation of FTTH, it is most important to choose appro-priate connectors and termination methods which can be very costly [10]. The wrong choice of termination methods in FTTH networks can result in extra maintenance cost after installation, which can equal 2 to 3 times initial installation cost. In the worst case, total system malfunction has occurred, as witnessed in China in 2011. For the successful installation and maintenance, direct purchase of the proper products from Telcos should be a key point and they should distribute the products purchased directly to the instal-lation team and construction/deployment companies, and supervise the installation method. This can be the best solution for Telcos and for the customers.

ILSIN Swift MPO SOC A Company B Company

Insertion Loss

Return loss

No. of Components

Installation time

Ribbonization tools

≤0.35dB

>20dB

6

5~6 minutes

Minimal tools required

(Non-ribbonization holder and

fluid required)

≤0.35dB

>30dB

6

10 minutes

Ribbonize tool required

≤0.35dB

>20dB

8

17 minutes

Ribbonize tools required

Optical Joint Box To Subscriber PremiseNetwork Access Point To Optical Joint Box

5m 20m

Wall Pillar Outside

NAP

OJB

1 termination with FSOC

1c Drop cable

1c Drop cable

Optical Jumper cord

1c Drop cable



Clamp

Clamp

Clamp

House BracketClamp

ONT

IOO

POLE

Outdoor FIC storage box

▪ Field installable▪ Convenient installation with no limit of the lengths▪ Superior optical, mechanical and environmental performance▪ Strong tensile (4.5kgf) enables outdoor deployment▪ Improvement of quality and reliability reduces maintenance cost and labor cost dramatically

1. The wrong choice of termination methods in FTTH networks can result in extra maintenance cost after installation, which can equal 2 to 3 times initial installation cost.2. For the successful installation and maintenance, direct purchase of the proper products from Telcos should be a key point and they should distribute the products purchased directly to the installation team and construction/deployment companies, and supervise the installation method.

Summary

Field installableFusion Splice-On Connector

Key point of FTTH

FTTH




Case 2

NAP ‒ ONTBoth terminations with Mechanical SOCInitial Optical Power From ONT: -24.1dBm (NOT OK)Optical Power after 1st replacement of Mechanical SOC to Fusion SOC from ONT: -23.01dBm (OK)Optical Power after 2nd replacement of Mechanical SOC to Fusion SOC from NAP: -16.9dBm (OK)

PurposeService ProviderTechnologyRegionSubscribersDate of Deployment

FTTH (Fiber To The Home) Trial ServiceTrue Corp.FTTH G-PONThailandTrials for several subscribers Juen, 2016

3. Conclusion

Considering the reliability, scalability, performance, cost and recovery time, the most suitable termina-tion method for data center and telecommunications markets is fusion splice-on connectors. Fusion splice-on connectors have been expanding to data centers through telecommunications and it also shifts from the existing termination method/connectivity to fusion splice-on connector. It could be the next generation of fiber optic connectivity

References

1. W. McAvoy, "A comparison of pre-polished connectors vs. fusion-spliced pigtails as field terminable solutions",

Panduit Corp., Document No. WP-04220301, April 22, 2003.

2. C. Everett, “Pre-terminated vs. field terminated fiber optic cables”, Cabling Business Magazine, pp.34-35, July, 2006

3. B. Charuk, “Next Generation Connectivity Solutions for Fiber Optic Networks”, White paper, Sumitomo Electric Lightwave, pp.4-5, 2012

4. J. Vandenbroeck, “Spliced versus factory pre-terminated solutions A comparison of architectures”, Whitepaper, Commscope, 2015

5. Y. Suzuki, “Field Installable Splice-on Connector for Data Center”, Proceedings of the IWCS Conference, vol. 63, pp.41-46, 2014

6. K. Hogari, et al.: “Field-installable Single-fiber Connector”, Electronics Letters, vol.33, No.12, pp.1072, 1997

7. J. D. Jackson, “Mechanical Splice with Keyed Angle Cleave Fibers”, Business white paper, 3M, p.4 2011

8. H. Yang, et al., "Evaluation of Different Cable Termination Solution for FTTH Deployment in China", Proceedings of the

6th IWCS Conference, pp.839-843, 2012

9. A. D. Yablon, “Optical Fiber Fusion Splicing”, Springer pp.40-42, 2005

10. G. Togan, et al., “Customer Premises Optical Connectivity Solutions”, FTTH Council Asia Pacific, p.8, 2016

1. Pre-connectorized cable assembly is preferable only for short distance.2. It is appropriate to cut and terminate on-site with the desired length of cable. 3. It is better to use fusion splice-on connector termination for repair, restoration and maintenance

1. The wrong choice of the termination method in FTTH network can cause the extra maintenance cost after installation which can be 2 to 3 times amount of cost compared to the initial installation cost.2. For the successful installation and maintenance, direct purchase of the proper products from Telcos should be a key point and they should distribute the products purchased directly to the installation team and construction/deployment companies, and supervise the installation method.

SummaryApplicationsConclusions

Data center and

transmission system

FTTH

13 ILSINTECH


ILSINTECH 14

LC & SC Splice-on-Connector Products

Discover the difference,Unlike any other!

MPO SOC Ribbonizing Holder

MPO Splice-on-Connector Products

LC SOC SC SOC

Cost reduction and fast installation time

1) In short distance (1~50m), the pre-connectorized cable assemblies are recommended.2) The longer length of the cable assemblies are relatively expensive compared to the fusion

splice-on connector solution which allows on-site field termination with the desired length of cable and enables a fast installation to save time for relatively longer distance over 30 meters with narrow and limited space.

3) No additional storage required for cable slack and no splice tray required for protection of fusion splicing points.

Key points of Data Center Solution

Quality (25 year guarantee)

1) No scratches and no physical damage on fiber stripped by the built-in thermal stripper - Small scratches on fiber can cause critical crack or loss in fiber connection. For example, to guarantee service life, the submarine cable is stripped by the chemical stripping method to prevent scratches on the fiber during stripping. ILSINTECH thermal stripper is designed to satisfy this clean stripping.

2) Quality guaranteed for the fusion splice-on connector (MPO, LC, SC) ‒ Premium level of loss (IL: LC and SC, Typ. 0.15dB, Max. 0.3dB, RL: SM UPC ≥55dB, APC ≥ 65dB, MM ≥30dB / MPO Typ. 0.15dB, Max. 0.35dB, RL: MM ≥20dB, SM ≥60dB) and fusion splicing loss typ. 0.02dB

Data CenterSolution

01

Best options for repair, restoration and maintenance

1) Most of problems and defects for the cable assemblies come from the connectors.2) While the long length of pre-connectorized cable assembly is very high in manufacturing cost.

ILSINTECH’s fusion splice-on connectors enable to save cost and time by customizing the cable length on-site.

3) The fusion splice-on connectors provide solutions for easy replacement of the malfunctioned connectors, saving time and saving space due to eliminating cable slack. However, if replaced by new pre-connectorized cable assembly, it requires longer time in replacement and the space for the cable storage is required for cable slack.

Data CenterSolution

02

Data CenterSolution

03

Fusion Splice-on-connectors provide the best solutionfor installation, repair, and maintenance.

1. It’s less expensive to cut long cables in the field and splice them to FSOC2. Reduced the Installation cost 3. No extra cable remained4. FSOC connectivity complete without cable replacement in case of connector failure5. No Storage shelves required6. No Splice Trays required7. No scratches from heated stripping

Swift MPO Splice-on-Connectors provide high quality termination from Ribbon or Multi core fiber cable in the Data Center. Swift MPO Splice-on-Connectors are available with up to 12 fibers featuring OM1, OM2, OM3, OM4, OS1 and OS2 Fibers. Swift Ribbonizing Holder Uses For Multi Core Fiber Without Using Another Ribbonizer, Shortening Installation Time And Simplifying Installation Method.

Swift LC&SC Splice-on-Connectors provide high quality termination from the fiber optical cable in the Data Center. Swift LC&SC Splice-on-Connectors are available with up to duplex fibers featuring OM1, OM2, OM3, OM4, OS1 and OS2 Fibers.

A holder can have a termination after Ribbonizing fibers directly on the holder.By shortening the separate Ribbon-ize tool process, Completed work with fast fiber clustering time (Average 5-6 minutes) (PATENT PENDING)

MPO Splice-on-Connector Products LC&SC Splice-on-Connector Products

MPO Splice-on-Connector

Ribbonizing Holder Kit

MPO HolderRibbonizing Holder

Fusion Splicer SWIFT S5

SC Patch Cords SC Splice-on-Connector

SC SOC

LC SOC

- Remote Maintenance via Internet

- Integrated 7 Function in One Unit (Stripping, Cleaning, Cleaving, Splicing, Protecting, Power Meter and Visual Fault Locator-OPTION)

- No scratches on fiber by thermal stripping

- Compatible with Fusion Splice-On Connector(SOC) in accordance with the Telcordia Industrial Standard

- Electrode Life Up to 21,000

- Rotating Blade Life Up to 75,000

Fusion Splicer SWIFT KF4A- Remote Maintenance via Internet

- Integrated 5 Function in One Unit (Stripping, Cleaning, Cleaving, Splicing, Protecting)

- No scratches on fiber by thermal stripping

- 4.3-inch Color LCD Monitor with Touch Screen & Bidirectional Operation System

- Powerful Lithium Polymer Battery with Large Capacity

- Rotating Blade Life Up to 75,000

Ribbonizing Holder Kit MPO SOC FUSION SPLICER-Ribbon to Ribbon



Kevlar gripping part



Field fiber

Jacket Types ; R : 3.0mm Round B : Bare Ribbon Fiber S : Stub only Fiber Types ; M1 : OM1 M2 : OM2 M3 : OM3 M4 : OM4 S1 : OS1 S2 : OS2 SM : Specify the fiber types if required Polishing Types ; F : Flat Polishing A : Angled Polishing Connector Types ; P : Pin Type (Male) H : Hole Type (no Pins, Female) # of Fibers ; 08, 12

MPO/SOC 12PFM3R

Specifications

MPO(MM)

MPO(SM)

ConnectorTypes

Flat

APC

PolishingTypes

0.15

0.15

Typical Insertion Loss (dB)

0.35

0.35

Max. InsertionLoss (dB)

≥20

≥60

Return Loss(dB)

*

* Including Splice Loss

Estimated connector loss: Connector loss (typ. 0.1dB) + Fusion splicing loss (typ. 0.02dB)


Fusion splicing pointKevlar gripping part

Ferrule

Field fiberSplicing protection with heat shrinkable tube

Jacket Types ; 09 : 0.9mm 20 : 2.0mm Round Fiber Types ; M1 : OM1 M2 : OM2 M3 : OM3 M4 : OM4 S1 : OS1 S2 : OS2 SM: Specify the fiber types if required Polishing Types ; U : UPC A : APC Cable Types ; S : Simplex D : Duplex

LC/SOC SUM3-20

Connector Types ; LC:LC SC:SC

Specifications

LC(SM)

LC(MM)

ConnectorTypes

UPC/APC

UPC

PolishingTypes

0.15

0.15


0.3

0.3


≥55(UPC)≥65(APC)

Return Loss(dB)

Specifications

SC(SM)

SC(MM)

ConnectorTypes

UPC/APC

UPC

PolishingTypes

0.15

0.15


0.3

0.3


≥55(UPC)≥65(APC)

Return Loss(dB)

SC SOCLC SOC



Cable clamping part


Field fiber

Ferrule

Estimated connector loss: Connector loss (typ. 0.1dB) + Fusion splicing loss (typ. 0.02dB)

Data Center Cables Data Center Cables

Swift MPO Patch Cables provide high density connections in the Data Center. Swift MPO Patch Cables are available with up to 12 fibers. These Patch Cables offer low insertion loss and high return loss.

MPO Patch Cables

Swift SC Patch Cords provide high connections in the Data Center. Swift SC Patch Cords are available both simplex and duplex. These Patch Cords offer low insertion loss and high return loss.

Swift LC Patch Cords provide high connections in the Data Center. Swift LC Patch Cords are available both simplex and duplex. These Patch Cords offer low insertion loss and high return loss.

SC Patch Cords

Swift MPO Trunk fanout Cables provide high quality transitions from Multi core fiber cable to individual Single fiber connectors. Swift MPO Trunk fanout Cables are available with up to 12 fibers featuring SC, FC, ST and LC connectors. These fanout Cables offer low insertion loss and high return loss.

MPO Trunk Fanout Cables LC Patch Cords

1. MPO Connector2. MPO Connector Boot3. 3mm Multi Core Fiber Cord6. Breakout Module7. 2mm Furcation Tubes8. Number Label9. Discrete Connector10. Discrete Connector Boot

Length

Breakout

Specifications

MPO(MM)

MPO(SM)

LC(MM)

LC(MM)

ConnectorTypes

Flat

APC

UPC

UPC

PolishingTypes

0.10

0.10

0.10

0.10


0.35

0.35

0.30

0.30


≥20

≥60

≥30

LC(MM) APC 0.10 0.30 ≥65

≥55

Return Loss(dB)

Breakout Length : 0.5m~ Patch Cable Total Length : 3.0m (Minimum 1.0m) Jacket Types ; R : Riser P : Plenum Z : LSZH Fiber Types ; M1 : OM1 M2 : OM2 M3 : OM3 M4 : OM4 S1 : OS1 S2 : OS2 Polishing Types ; F : Flat Polishing A : Angled Polishing Connector Types ; P : Pin Type (Male) H : Hole Type (no Pins, Female) # of Fibers ; 08, 12 Polishing Type for Single Fiber Connector ; U : UPC, A : APC Connector Type for Single Fiber ; LC, SC, FC, ST

MPO/LCU 12PFM3R-30/05

Specifications

MPO(MM)

MPO(SM)

ConnectorTypes

Flat

APC

PolishingTypes

0.10

0.10


0.35

0.35


≥20

≥60

Return Loss(dB)

Patch Cable Total Length : 3.0m (minimum 1.0m) Jacket Types ; R : Riser P : Plenum Z : LSZH Fiber Types ; M1 : OM1 M2 : OM2 M3 : OM3 M4 : OM4 S1 : OS1 S2 : OS2 Polishing Types ; F : Flat Polishing A : Angled Polishing Connector Types ; P : Pin Type (Male) H : Hole Type (no Pins, Female) # of Fibers ; 08, 12

MPO 12PFM3R-30

Specifications

SC(SM)

SC(MM)

ConnectorTypes

UPC/APC

UPC

PolishingTypes

0.15

0.15


0.3

0.3


≥55(UPC)≥65(APC)

≥30

Return Loss(dB)

Jacket Types ; 09 : 0.9mm 20 : 2.0mm Round 30 : 3.0mm Round Fiber Types ; M1 : OM1 M2 : OM2 M3 : OM3 M4 : OM4 S1 : OS1 S2 : OS2 SM: Specify the fiber types if required Polishing Types ; U : UPC A : APC Cable Types ; S : Simplex D : Duplex

SC SUM3-20

Specifications

LC(SM)

LC(MM)

ConnectorTypes

UPC/APC

UPC

PolishingTypes

0.10

0.10


0.3

0.3


≥55(UPC)≥65(APC)

≥30

Return Loss(dB)

Jacket Types ; 09 : 0.9mm 20 : 2.0mm Round 30 : 3.0mm Round Fiber Types ; M1 : OM1 M2 : OM2 M3 : OM3 M4 : OM4 S1 : OS1 S2 : OS2 SM: Specify the fiber types if required Polishing Types ; U : UPC A : APC Cable Types ; S : Simplex D : Duplex

LC SUM3-20

Data Center ApplicationsMEMO

Data Hall

SC/SOC Termination

Patch Panel

Switches SwitchesMain Distribution Panels Main Distribution Panels

Entrance Room

No Storage shelves required

MPO PigtailMPO/SOC MPO Trunk

Fanout CablesMPO Trunk

Fanout Cables

MPO Patch Cables MPO Patch Cables

PULL

PULL

PULL

No splice trays required

No Storage shelves requiredNo splice trays required

Breakout Cable

Pre-connectorized cable assembly/Termination with FSOC The example of Fusion Splice-On Connector before and after application

Excess length of cable and slack storage required

No Excess length of cable and no slack storage required

Swift

Solu

tion

for F

TTH

Last

Mile

Con

nect

ivity

Th

e key

poi

nts o

f FTT

H im

plem

enta

tions

are n

ot o

nly 1

) dec

idin

g the

appr

opria

te te

rmin

atio

n m

etho

d w

ith th

e fus

ion

splic

e-on

conn

ecto

rs at

the

subs

crib

ers’

ends

but

also

2) u

sing t

he go

od-q

ualit

y opt

ical s

plitt

er.

Invi

sibl

e Fi

ber

Solu

tions

Feat

ures

- Per

fect

sol

utio

n fo

r the

exi

stin

g se

rvic

e pr

oble

ms

in L

ast M

ile- S

igni

fican

t red

uctio

n of

mai

nten

ance

exp

ense

s- P

rovi

ding

con

veni

ence

at t

elep

hone

pol

e or

man

hole

jobs

ite b

y al

l-in-

one

splic

er- E

asy

and

quic

k in

stal

latio

n- S

tripp

ing,

cle

anin

g, a

nd c

leav

ing

inte

grat

ed in

one

spl

icer

Offi

ce. (

+82)

42-

671-

5610

Fax

. (+8

2) 4

2-67

1-56

12

ILSI

NTE

CH

CO

., Lt

d

> Sw

ift So

lutio

n fo

r FTT

H La

st M

ile C

onne

ctiv

ity

OPT

ION

1Sp

litte

rFS

OC

(Fus

ion

Splic

e-O

n Co

nnec

tor)

Fusi

on S

plic

erDr

op ca

ble

SFF t

ype,

SC

conn

ecto

rized

PL

C Sp

litte

r SM

,SC,

2x3 D

ropC

able

Ha

rdbo

ot

SC Ty

pe,

2 por

ts av

aila

ble

SM,S

C,2x

3 Dr

opCa

ble

Hard

boot

SM,S

C,09

So

ftboo

tSM

,SC,

09

Softb

oot

0.9m

m In

visib

leOp

tical

Fibe

r in

ho

use

Pole

and

Wal

l Mou

ntab

le,

1x8 P

LC S

plitt

er an

d 8 d

rop

ports

OPT

ION

2Ae

rial C

losu

re1x

8 PLC

Spl

itter

s(2pc

s) an

d 16

dro

p po

rts.

KF4A

All-i

n-on

e Sys

tem

2x5m

m b

ow-ty

pe,

2x3m

m w

ithou

t mes

seng

er

wire

ON

TFS

OC

HTB

FSO

CFS

OC

Swift

Con

nect

ivity

Sol

utio

nO

utsi

de H

ouse

Insi

de H

ouse

Invi

sibl

eO

ptic

al F

iber

Vend

or p

rovid

ed O

NT

OTB

Opt

ical

Ter

min

al B

ox

OPT

ION

3Do

me

Clos

ure

The

key

poin

ts of

FTTH

impl

emen

tatio

ns a

re n

ot o

nly

1) d

ecid

ing

the

appr

opria

te

term

inat

ion

met

hod

with

the

fusio

n sp

lice-

on c

onne

ctor

s at t

he su

bscr

iber

s’ en

ds

but a

lso 2

) usin

g th

e go

od-q

uality

opt

ical

splitt

er.

Adva

ntag

es- S

uper

ior o

ptic

al, m

echa

nica

l and

env

ironm

enta

l per

form

ance

- Spl

icin

g po

int a

nd it

s pro

tect

ive

tube

loca

ted

insid

e th

e co

nnec

tor

- No

cabl

e sla

ck re

quire

d- S

trong

tens

ile (4

.5~6

.8kg

f) en

able

s out

door

dep

loym

ent

- Im

prov

emen

t of

qua

lity

and

relia

bilit

y re

duce

s m

aint

enan

ce c

ost

and

labo

r cos

t dra

mat

ical

ly- R

educ

tion

of in

stal

latio

n co

st- C

ompl

iant

with

Tel

cord

ia G

R-32

6-CO

RE

The

key

poin

ts o

f FTT

H im

plem

enta

tions

are

not

onl

y de

cidin

g th

e ap

prop

riate

term

inat

ion

met

hod

whi

ch sh

ould

be t

he fu

sion

splic

e-on

conn

ecto

rs at

the s

ubsc

riber

s’ en

ds b

ut al

so u

sing

the g

ood-

qual

ity o

ptica

l spl

itter

.

The

num

ber o

f pro

blem

s in

FTTH

is m

ostly

com

ing

from

the

conn

ectiv

ity in

dro

p ca

blin

g, a

nd

the

fusio

n sp

lice-

on c

onne

ctor

s can

be

the

mos

t rel

iabl

e so

lutio

n an

d cu

t dow

n th

e m

aint

e-na

nce c

ost d

ram

atica

lly.

1) T

he w

rong

choi

ce o

f ter

min

atio

n m

etho

ds in

FTTH

net

work

can

resu

lt in

extra

main

te-

nanc

e cos

t afte

r insta

llatio

n, w

hich

can

equa

l 2 to

3 tim

es in

itial

insta

llatio

n co

st.

2) Fo

r the

succ

essfu

l insta

llatio

n an

d m

ainte

nanc

e, di

rect

pur

chas

e of t

he p

rope

r pro

duct

s fro

m Te

lcos s

houl

d be

a ke

y poi

nt a

nd th

ey sh

ould

dist

ribut

e the

pro

duct

s pur

chas

ed

dire

ctly

to t

he i

nsta

llatio

n te

am a

nd c

onstr

uctio

n/de

ploy

men

t co

mpa

nies

, an

d su

perv

ise th

e ins

talla

tion

met

hod.

3) Th

e mos

t-like

ly fa

ilure

poi

nts i

n the

PLC

(Pla

nar L

ightw

ave C

ircui

t) ty

pe of

optic

al sp

litte

r co

uld b

e fibe

r misa

lignm

ent a

nd ch

ip bo

ndin

g are

as be

twee

n PLC

chip

and fi

ber a

rrays

, an

d th

ose

can

be p

artic

ular

ly vu

lner

able

to fa

ilure

dep

endi

ng o

n th

e qu

ality

of t

he

split

ter’s

asse

mbl

y pro

cess

and

coul

d lea

d to

failu

re o

f the

split

ter, w

hich

coul

d re

sult i

n ne

twor

k dow

ntim

e, tro

ubles

hoot

ing a

nd re

pair i

n 3 t

o 5 y

ears.

4) PL

C Sp

litter

plac

ed in

outd

oor e

nviro

nmen

t, ter

mina

l box

and c

losu

re m

ight b

e exp

osed

by

harsh

wea

ther

con

ditio

n lik

e a

tem

pera

ture

fluc

tuat

ion a

nd h

igh h

umid

ity. B

ecau

se o

f di

ffere

nt th

erm

al ex

pans

ion co

efficie

nt o

f eac

h m

ater

ial, b

ondi

ng su

rface

s bet

ween

chip

an

d fib

er a

rrays

tend

to b

e hig

hly

influe

nced

by

thos

e en

viron

men

t. Po

or a

dhes

ive

prop

ertie

s and

align

men

t tech

nolo

gy m

ay ca

use m

alfun

ction

to m

ultip

le su

bscr

iber

s.

The

key

poin

ts of

FTTH

impl

emen

tatio

ns

1FT

TH im

plem

enta

tions

2Fu

sion

Splic

e-O

n-C

onne

ctor

s

Key

Fea

ture

s- T

he fu

sion

splic

er w

ith A

ll-In

-One

TM s

yste

m p

rovid

es th

e be

st w

orka

bility

on

the

pole

and

also

in

the

limite

d w

ork

spac

e.- N

o sc

ratc

hes

on fi

ber b

y th

erm

al s

tripp

ing

High

qua

lity,

low

cos

t Fu

sion

Splic

e-on

Con

nect

or (

FSOC

) ha

s be

com

e th

e m

ost

relia

ble

solu

tion

to te

rmin

ate t

he fi

ber o

ut in

the fi

eld

for F

TTH

outs

ide p

lant

.Th

e FT

TH F

usio

n SO

C ha

s a

fact

ory

pre-

polis

hed

ferru

le a

nd it

requ

ires

no e

poxy

or n

o fie

ld

polis

hing

. And

the F

TTH

Fusio

n SO

C ut

ilizes

Sw

ift se

ries o

f the

fusio

n sp

licer

s,su

ch a

s F1

, KF

4A a

nd S

5 to

ter

min

ate

conn

ecto

r, an

d it

is co

mpl

iant

with

Tel

cord

ia

GR-3

26-C

ORE.

SC,

LC, F

C an

d ST

conn

ecto

rs ar

e ava

ilabl

e for

APC

and

UPC

appl

icatio

ns.

Swift

KF4

A is

the

high

ly ad

vanc

ed a

nd p

recis

e AC

TIVE

clad

ding

alig

nmen

t fus

ion

splic

er, w

hich

is

desig

ned

to p

erfo

rm 5

maj

or m

ultif

unct

iona

l fea

ture

s in

a ro

w : s

tripp

ing,

clea

ning

, cle

avin

g,

splic

ing

and

sleev

ing.

(ALL

INON

E) T

he S

wift

KF4

A is

the

best

fit f

or fu

sion

splic

ing

and

fusio

n Sp

lice-

On C

onne

ctor

(SOC

) of F

TTx

netw

ork

appl

icatio

ns, w

hich

elim

inat

es e

xistin

g pr

oble

ms

with

con

vent

iona

l mec

hani

cal c

onne

ctor

s.(lo

w q

ualit

y, lo

w d

urab

ility

and

high

mai

nten

ance

co

st)

FSO

C (F

usio

n Sp

lice-

On

Con

nect

or)

Fusio

n Sp

licer

Hea

t Shr

inka

ble

Slee

ve

Plug

Fra

meFe

rrule

Bus

h

Dro

p C

able

Boot

Sprin

g

Hou

sing

Ferru

le

Splic

e po

int Sp

ecifi

catio

ns

SC(S

M)

S C

(MM

)

Con

nect

orTy

pes

UPC

/APC

UPC

Polis

hing

Type

s

0.15

0.15

Typi

cal I

nser

tion

Loss

(dB)

0.3

0.3

Max

. Ins

ertio

nLo

ss (d

B)

≥55(

UPC

)≥6

5(AP

C)

≥30

Ret

urn

Loss

(dB)

Spec

ifica

tions

LC(S

M)

LC(M

M)

Con

nect

orTy

pes

UPC

/APC

UPC

Polis

hing

Type

s

0.15

0.15

Typi

cal I

nser

tion

Loss

(dB)

0.3

0.3

Max

. Ins

ertio

nLo

ss (d

B)

≥55(

UPC

)≥6

5(AP

C)

≥30

Ret

urn

Loss

(dB)

Spec

ifica

tions

FC(S

M)

FC(M

M)

Con

nect

orTy

pes

UPC

/APC

UPC

Polis

hing

Type

s

0.15

0.15

Typi

cal I

nser

tion

Loss

(dB)

0.3

0.3

Max

. Ins

ertio

nLo

ss (d

B)

≥55(

UPC

)≥6

5(AP

C)

≥30

Ret

urn

Loss

(dB)

Spec

ifica

tions

ST(S

M)

ST(M

M)

Con

nect

orTy

pes

UPC

/APC

UPC

Polis

hing

Type

s

0.15

0.15

Typi

cal I

nser

tion

Loss

(dB)

0.3

0.3

Max

. Ins

ertio

nLo

ss (d

B)

≥55(

UPC

)≥6

5(AP

C)

≥30

Ret

urn

Loss

(dB)

CAT

EGO

RY

Fibe

r alig

nmen

t

Appl

icabl

e ty

pe o

f fib

ers

Fibe

r cou

nt

Fibe

r set

ting

and

cleav

ed le

ngth

Splic

ing

mod

es

Typi

cal s

plice

Los

s

IPAA

S C

lad

to C

lad

Alig

nmen

t

0.25

mm

, 0.9

mm

, 2.0

mm

, 3.0

mm

Indo

or c

able

Sing

le fi

ber

5mm

to 1

6mm

Splic

e m

ode:

300

, Hea

t mod

e: 1

00

SM: 0

.02d

B, M

M: 0

.01d

B, D

S:0.

04dB

, NZD

S: 0

.04d

B

Ret

urn

loss

> 60

dB

DES

CR

IPTI

ON

Splic

ing

time

Slee

ve h

eatin

g tim

e

Dim

ensio

n

Wei

ght

View

ing

met

hod

and

disp

lay

No.

of s

plice

/hea

ting

per b

atte

ry fu

ll cha

rge

Elec

trode

life

Blad

e life

Typi

cal 7

sec

with

SM

Typi

cal 1

3sec

with

IS-6

0 m

ode,

IS-6

0 sle

eve

132(

W) x

212

(L) x

73(

H)m

m (W

ithou

t rub

ber p

rote

ctor

)

1.5k

g(In

cludi

ng b

atte

ry)

2 AX

IS T

wo

CM

OS

cam

eras

with

4.3

-inch

col

or L

CD

mon

itor

Typi

cal 2

00 c

ycle

s

21,0

00 s

plice

s

75,0

00

SFF

type

, SC

con

nect

oriz

ed P

LC S

plitt

er

Swift

1xN

Pla

nar

Split

ters

hav

e hi

gh p

erfo

rman

ce w

ith v

ery

low

inse

rtion

los

s, ex

celle

nt

unifo

rmity

, low

PDL

, and

flat

wav

elen

gth

oper

atio

n (1

260~

1650

nm).

The

Split

ters

are

pig

taile

d w

ith s

ingl

e m

ode

fiber

s an

d co

mpa

ct p

acka

ge. T

he S

plitt

ers

are

avai

labl

e in

4, 8

, 16

and

32

chan

nel c

onfig

urat

ion,

with

conn

ecto

r typ

e ope

n to

custo

miza

tion.

Opt

ical

Spl

itter

Pole

and

Wal

l Mou

ntab

le, 1

x8 P

LC S

plitt

er a

nd 8

dro

p po

rts

Key

Fea

ture

s- 3

por

ts fo

r dist

ribut

ion

cabl

e an

d 8

ports

for d

rop

cabl

e- 1

x4 ~

1x8

PLC

spl

itter

(2x4

~ 2

x8) c

an b

e in

stal

led

insid

e- W

all/P

ole

mou

ntab

le b

ox- U

V pr

oof,

Wat

er p

roof

, Dur

able

at o

utdo

or e

xpos

ure

- Stra

ight

, bra

nch

and

mid

-spa

n jo

int a

vaila

ble

- Enc

losu

re b

ox fo

r spl

ice, s

plitt

er a

nd c

onne

ctor

- Com

pact

in d

esig

n, lig

ht w

eigh

t

The

Optic

al T

erm

inal

Box

is a

pol

e an

d w

all m

ount

able

term

inal

box

. It i

s des

igne

d fo

r use

in

resid

entia

l and

for f

ast d

eplo

ymen

t and

pro

vidin

g eas

y con

nect

ivity

to th

e sub

scrib

ers.

The b

ox

cont

ains

fibe

r spl

ices a

nd st

ores

buff

er tu

be o

r rib

bon

fiber

, and

acc

omm

odat

es 1

x4, 1

x8 P

LC

split

ter a

nd 4

to 8

drop

cabl

es.

OTB

(Opt

ical

Term

inal

Box

)

Key

Fea

ture

s- V

ery

low

inse

rtion

loss

- Bro

adba

nd o

pera

tion

- Low

PD

L- E

xcel

lent

Uni

form

ity- C

ompa

ct P

acka

ge- G

reat

opt

ical p

erfo

rman

ce in

har

sh(o

utdo

or) e

nviro

nmen

ts

App

licat

ions

- FTT

x-PO

N- C

ATV

- Low

cos

t com

bine

r for

CW

DM

1X2

1X8

The

Optic

al A

eria

l Clo

sure

is a

clo

sure

dev

ice th

at is

equ

ippe

d w

ith a

n op

tical

ter

min

atio

n as

a c

onne

ctio

n po

int

betw

een

optic

al d

istrib

utio

n ca

ble

and

the

optic

al d

rop

cabl

e. I

t is

desig

ned

for t

he a

eria

l fibe

r acc

ess n

etw

ork,

esp

ecia

lly F

TTH.

Th

is ae

rial c

losu

re c

onsis

ts o

f tw

o se

para

te ro

oms:a

dist

ribu-

tion

cabl

e spl

ice ro

om an

d a d

rop

term

inat

ion

room

. Th

e di

strib

utio

n ca

ble

goes

into

cab

le s

plice

room

to s

plice

fib

ers

whe

re b

uffer

tube

or r

ibbo

n fib

er s

lack

con

tain

ed. T

he

drop

term

inat

ion

room

acco

mm

odat

es 1x

8 spl

itter

and

16 d

rop

cabl

es

Aeria

l Clo

sure

Pole

Mou

ntab

le, 1

x8 P

LC S

plitt

er a

nd 1

6 dr

op p

orts

- 4 p

orts

for d

istrib

utio

n ca

ble

and

16 p

orts

for d

rop

cabl

e- 2

pcs

1x8

PLC

spl

itter

can

be

inst

alle

d in

side

- In-

line

Aeria

l clo

sure

for o

utdo

or u

se- U

V pr

oof,

Wat

er p

roof

, Dur

able

at o

utdo

or e

xpos

ure

- Acc

omm

odat

ion

for s

plice

, spl

itter

and

con

nect

or- C

ompa

ct in

des

ign,

light

wei

ght

- M

id-s

pan

acce

ss a

vaila

ble

in a

ny lo

catio

ns o

n th

e di

strib

utio

n ca

ble,

suc

h as

SC

PT (

Sing

le C

ore

Per T

ube)

cab

le, a

nd it

can

re

duce

the

inst

alla

tion

time

and

rem

ove

fixed

loop

s w

ith c

able

sla

ck a

nd e

nabl

e sp

licin

g se

lect

fib

ers

with

out

inte

rrupt

ing

the

serv

ices

prov

ided

by

unin

volve

d fib

ers.

Key

Fea

ture

s

Dom

e C

losu

reFi

ber O

ptic

Clos

ures

, CL5

00H

Serie

s de

signe

d fo

r ope

ratio

nal

efficie

ncy

and

scal

abilit

y ar

e in

frast

ruct

ure

solu

tions

for F

TTx

netw

orks

. Th

e clo

sure

sim

plifi

es F

TTx

netw

ork

insta

llatio

n,

mai

nten

ance

and

man

agem

ent f

rom

cent

ral o

ffice

to th

e ea

ch

outs

ide p

lant

s. C

L500

H Se

ries

prov

ide

for c

onne

ctio

ns b

etw

een

fiber

opt

ic ca

bles

and

pas

sive

optic

al s

plitt

ers

in th

e ou

tsid

e pl

ant.

The

closu

re p

rote

cts fi

ber o

ptic

splic

ing

poin

t and

can

be m

ount

ed

to su

ppor

t aer

ial a

nd b

urie

d an

d un

derg

roun

d ap

plica

tions

. C

L500

H Se

ries

have

hig

h m

echa

nica

l stre

ngth

aga

inst

any

en

viron

men

tal c

ondi

tions

and

allo

w ra

pid

netw

ork i

nsta

llatio

n.

Key

Fea

ture

s- B

utt s

plice

con

figur

atio

n- C

ompa

ct in

des

ign

and

light

wei

ght

- Aer

ial,

unde

rgro

und

and

dire

ct b

urie

d ap

plica

tions

- App

licab

le fo

r mul

ti br

anch

ing

inst

alla

tion

- Rob

ust a

nd ri

gid

with

a h

igh

stre

ngth

she

ll- E

xcel

lent

dur

abilit

y an

d lo

ng te

rm re

liabi

lity- H

igh

mec

hani

cal s

treng

th a

gain

st a

ny e

nviro

nmen

tal c

ondi

tions

- Com

plia

nt w

ith T

elco

rdia

GR

-771

-CO

RE

Invi

sible

Fibe

r Sol

utio

nsIn

visib

le in

stalla

tion

of H

ome D

rop

Solu

tion

prov

ides

faste

r and

vir

tual

ly in

visib

le 90

0um

Dro

p Fi

ber w

ith U

-BIF

(G.6

57B3

).Th

e In

visib

le D

rop

Fibe

r is e

asy t

o in

stall o

nto

a va

riety

of w

alls

by u

sing s

impl

ified

fibe

r clip

s. Th

e Ho

me

Term

inat

ion

Box

(HTB

) is

desig

ned

for

FTTH

to

term

inat

e the

dro

p ca

ble a

nd co

nnec

t the

ONT

with

the o

ptica

l pa

tch

cord

. It h

as p

rovis

ion

to im

plem

ent fi

ber s

plici

ng, p

rote

ct

fiber

from

the b

endi

ng an

d pr

ovid

e opt

ical p

orts

for c

onne

ctin

g su

bscr

iber

. The

HTB

is u

sual

ly m

ount

ed o

n th

e w

all i

n th

e su

bscr

iber

s’ ho

use.

The

box

allo

ws

2 in

com

ing

cabl

es a

nd 2

co

nnec

tor p

orts

for t

he fi

ber o

ptic

adap

ter.

Key

Fea

ture

s- V

irtua

lly in

visib

le in

stal

latio

n- E

asily

inst

alla

tion

onto

a v

arie

ty o

f wal

ls- F

ast i

nsta

llatio

n- C

ost-e

ffect

ive- E

co-fr

iend

ly

※Th

e fib

er c

lip c

an b

e se

para

ted

for i

ndivi

dual

use

HTB

(Hom

e Te

rmin

atio

n Bo

x)SC

Typ

e, 2

por

ts a

vaila

ble

Para

met

erIn

serti

on lo

ss(T

yp.)

(1,2

,3)

Inse

rtion

loss

(max

) (1,2

,3)

Loss

uni

form

ity(m

ax) (1

,3,4

)

PDL(

max

) (1)

WD

L(m

ax)

TDL(

max

)

3.6d

B

3.8d

B

0.6d

B

0.15

dB

0.5d

B

0.3d

B

Ret

urn

loss

(min

) (1,3

)

Dire

ctivi

ty(m

in) (1

,3)

Ope

ratin

g W

avel

engt

h

Inpu

t Pow

er(m

ax)

55.0

dB

55.0

dB

1260

~165

0nm

300m

W

1X2

6.8d

B

7.2d

B

0.5d

B

0.2d

B

0.5d

B

0.3d

B

1X4

9.8d

B

10.3

dB

1.0d

B

0.25

dB

0.5d

B

0.3d

B

1X8

13.0

dB

13.5

dB

1.3d

B

0.25

dB

0.5d

B

0.5d

B

1X16

16.5

dB

16.8

dB

1.5

dB

0.3d

B

0.5d

B

0.5d

B

1X32

19.8

dB

20.2

dB

1.9d

B

0.3d

B

0.5d

B

0.5d

B

1X64

(1) M

easu

red

at ro

om te

mpe

ratu

re, a

nd w

avel

engt

h of

1.3

1 &

1.55

μm.

(2) C

oupl

ing

loss

es a

t the

inte

rface

s be

twee

n th

e sp

litter

chi

p an

d I/O

fibe

rs a

re in

clude

d.(3

) Con

nect

or lo

ss is

exc

lude

d.(4

) See

App

endi

x A fo

r det

ails.

MEMO MEMO

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